Researchers monitoring online activity for six weeks in mid-2025
A new study published in Nature Reviews Biodiversity by an international team of experts led by
"The online illegal wildlife trade spreads across many platforms, including popular social media platforms, and represents a growing and evolving threat to biodiversity conservation," says Professor Di Minin.
"What is particularly concerning is that many of the species found to be illegally traded online are either at high risk of extinction or had not previously been considered at risk from illegal wildlife trade," he continues.
Factors such as perceived low risk, weak regulatory governance, and the anonymity afforded by online platforms contribute to the thriving illegal trade.
"This review sheds light on the urgent need for concerted, multi-level strategies to combat the online illegal wildlife trade," says Dr. Annette Hübschle , a co-author from the
"These strategies should not only strengthen species protection but also enhance regulatory and technological capacity, engage local communities meaningfully, and promote a whole-of-society approach to conservation," she continues.
Negative impacts on wildlife magnified
The study reveals that the impacts of online trade are magnified by the anonymity of online platforms, allowing for a speed and scale of operations that traditional trade routes cannot match.
"The negative impacts on animal welfare and biodiversity mirror those of traditional offline illegal wildlife trade, but the reach and speed of online platforms are magnifying these harms," says Dr. Neil D'Cruze, another co-author from
The review also identifies critical gaps in data concerning the full extent of the online wildlife trade, indicating that better understanding consumer behavior and mitigating demand requires urgent attention.
"Addressing online illegal wildlife trade is complex but not insurmountable. It requires cooperation across sectors and comprehensive policy frameworks that recognize the online dimensions of wildlife trafficking," Professor Di Minin concluded.
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